ADVIA Centaur® XPT System Overview Online Training

À l'issue de cette formation, vous serez en mesure : d'identifier les avantages de MR View&GO de reconnaître les nouvelles fonctionnalités de MR View&GO telles que les mesures Copier&Coller, l'Affichage en mosaïque ou la Fusion avec Alignement Visuel dans la version Numaris/X mise à jour de récapituler l'interface utilisateur de MR View&GO et de ses différents composants d'expliquer comment utiliser les outils de restriction des volumes 3D tels que la boîte de réduction et l'outil exclure d'expliquer comment créer des préréglages de zones parallèles et radiales d'illustrer comment déplacer une étude au sein du Sélecteur de patient/Données locales Welcome to the ADVIA Centaur® XPT System Overview Online Training course. This System Overview course will introduce you to: The main components of the system, their locations and their functions The user interface and software navigation Select Next to review the course objectives. Identify the consumable supplies Identify the function of system components Identify the location of system components Navigate the main software toolbars Navigate the Online Help Function Upon successful completion of this course, you will be able to: Select Next to continue. Les pages suivantes aborderont les astuces utiles pour le travail quotidien avec MR View&GO, ainsi que la façon d'utiliser différents outils et de les appliquer dans des cas d'utilisation cliniques. Pour commencer dès le début par une astuce, maintenez la souris au dessus d'une icône et le raccourci associé s'affichera. Pour télécharger un Aide-mémoire contenant un récapitulatif des raccourcis importants, regardez les zones de formation associées de MAGNETOM Sola et MAGNETOM dans PEPconnect.   Congratulations.  You have completed the ADVIA Centaur XPT System Overview Online Training course.  Listed below are the key points that have been presented.  Take time to review the material before you proceed to the final quiz. Identify the location of system components Main System Component Areas: Sample Loading Area - front of the system Sample Entry Queue STAT Entry Inprocess Queue Sample Exit Queue Primary Reagent Compartment - left side of system Ancillary Reagent Compartment - front of the system, below the sample loading area Sample Analysis Area - inside the system, beneath the main top cover System Fluid Area - front of the system below the ancillary compartment Acid Reagent Base Reagent Wash 1 Waste and Water Drawer - left side of system beneath the primary reagent compartment Status Light - top of the system Identify the consumable supplies Consumable Supplies: Sample Probe Tips Eliminate carryover One tip per test 120 tips per tray 840 tips can be loaded on the system Can be loaded at any time Cuvettes Packaged in bags of 200 1000 cuvettes can be loaded onto the system Can be loaded at any time Primary Reagents (30 positions) Chemiluminescent technology uses Acridinium Ester (AE) as the label Paramagnetic particles (PMPs) are used during separation ReadyPacks contain 50, 100 or 200 tests per pack Package label includes: assay name, lot number, expiration date Ancillary Reagents (25 positions) Diluents Special Wash Solutions Pretreatment Solutions System Fluids Acid reagent Base reagent Wash 1 Cleaning solution Deionized Water Rinses the Primary, Ancillary and Aspirate Probes Used to wash the cuvettes at the Wash Station Identify the function of system components System Functions: System Status Notification Reagent Handling Primary Reagent Probes deliver PMPs and AE into a cuvette Ancillary Reagent Probe delivers diluents, pretreatments and special washes into a cuvette Probes are washed with water after each delivery Sample Aspiration Sample probe uses disposable tips Sample is aspirated from tube in Inprocess Queue Sample is delivered to cuvette in Incubation Ring Test Analysis Incubation Ring Sample and reagent are dispensed into the cuvette Incubation time depends on specific test analysis protocol Advances at 15 second intervals Heated to 37 degrees Celsius Wash Station PMPs are pulled to the side of cuvette by magnets Aspirate probe removes unbound reagent and proteins Wash fluid dispensed to wash PMPs Acid is dispensed Luminometer Elevator Base Reagent dispensed Waste Probe removes liquid waste Ejector Rod pushes the cuvette to the waste bin Waste Handling Sample Tip Waste Bin Located in the front of system beneath cleaning solution Collects used sample tips Cuvette Waste Bin Located at the front left of the system Collects used cuvettes Used sample tip and waste cover area Located above the cuvette waste bin Collects up to 8 used sample tip trays and covers   Navigate the main software toolbars Main components of the software: Command Bar Top of the screen Provides access to all system functions and information required to operate the system Status Bar Bottom of the screen Provides access to windows that display information about the entire system Provides the ability to sign into the system and change the system state Workspace The part of the screen between the Command Bar and the Status Bar Displays a set of tabs or a window containing tasks or information when a Command Bar button is selected Navigate the Online Help Function Features of Online Help: Window Help - select the ? button Troubleshooting Help and Procedures - select an event on the Operator Event tab of the Events window, and then select Troubleshooting Help Maintenance Procedures - select a maintenance activity on the Schedule tab of the Maintenance window, and then select Procedure Operator's Guide - select the option in the online help table of contents   Select Next to continue.   Dans le cas où un utilisateur affecterait un mauvais patient à une étude, Numaris/X propose une solution rapide permettant de remédier à ce problème. Sélectionnez la fenêtre contextuelle ci-dessous pour apprendre via une simulation interactive comment effectuer un déplacement d'étude. Main System Component Areas: Sample Loading Area Primary Reagent Compartment Ancillary Reagent Compartment Sample Analysis Area System Fluid Area Waste and Water Drawer Status Light Main System Components Learn about the main system components. Slide NumberText BlocksCalloutsAudio ScriptImage File1 The Routine and STAT Sample Loading Area contains: Sample Entry Queue STAT Entry Inprocess Queue Sample Exit Queue   Select Next to continue.    Note: If audio does not automatically start, select the play arrow in the top left to begin.Select each number to review the corresponding text.Callouts Sample Entry Queue STAT Entry Inprocess Queue Sample Exit Queue Sample loading and unloading is done in the front of the system. This area is where both routine and STAT samples are placed and removed. Samples are loaded into sample racks, which can each hold up to five primary tubes or samples cups. Sample racks with routine samples are loaded onto the Sample Entry Queue, while the STAT Entry is used to load racks with STAT samples. Racks are shuttled back into the inprocess queue for processing and then shuttled forward to the sample exit queue where they are removed. Select next to continue.2 Primary Reagent Compartment: Holds up to 30 Primary Reagent Packs Primary Reagent Packs can be loaded at any time   Select Next to continue.There are two refrigerated reagent areas. The primary reagent compartment is on the left side of the analyzer and can hold up to 30 reagent packs. Primary Reagent packs contain paramagnetic particles and Acridinium Ester. Reagents can be loaded at any time. Select next to continue.3 Ancillary Reagent Compartment holds:  25 Ancillary Reagent packs   Types of Ancillary Reagents: Diluents Special Wash Solutions Pretreatment Solutions   Select Next to continue.  The ancillary reagent compartment is located in the front of the instrument, below the sample loading area. The Ancillary Reagent Compartment can hold up to 25 ancillary reagent packs, diluents, Special Wash Solutions, and pretreatment Solutions. Reagents can be loaded at any time. Select next to continue.4 Sample Analysis Area Components:   Sample Probe Ancillary Reagent Probe Primary Reagent Probes Incubation Ring Wash Station Luminometer      Select Next to continue.  Sample analysis takes place inside the system, beneath the top cover. The probes, incubation ring, wash station and luminometer are located here. The Sample probe picks up samples using disposable tips and delivers the samples to cuvettes in the incubation ring. The Ancillary probe delivers ancillary reagents, if required, to the cuvette area. The incubation ring is a circular track that holds cuvettes for sample processing. The Wash Station removes unbound material from cuvettes as they are washed. The Luminometer is where the flash occurs and the reading is taken. Select next to continue.5 System Fluid Area holds: Acid Reagent Base Reagent  Wash 1   Select Next to continue.  Select each number to review the corresponding text.  Callouts Acid Reagent Base Reagent Wash 1 System fluids are accessible from the front of the instrument below the ancillary compartment. Acid and Base Reagent is used for the chemiluminescent reaction. The Wash 1 fluid is used to wash cuvettes at the wash station. These fluids can be changed at any time. The onboard stability is one month. Select next to continue.6 Waste and Water Drawer holds: 10L Water bottle 7.5L Liquid waste bottle   Select Next to continue.  Select each number to review the corresponding text. Callouts Liquid Waste Bottle Water Bottle The deionized water and liquid waste containers are found on the left side of the system. These fluids can be changed at any time. The instrument can also be direct plumbed for water and waste. Select next to continue.7 Status Light conditions: Neutral =   No error Yellow = Warning Red = Critical Green = Data is being transferred via Siemens Remote Services (SRS)   Select Next to continue. The Status light is located on the top of the instrument. If the light is off, there are no error or warning conditions on the system. A yellow light indicates that at least one warning condition exists. A red light indicates that at least one critical condition exists, that may cause the system to stop aspirating or processing samples. A green light will occur if the system is connected to Siemens Remote Services and data is currently being uploaded or downloaded. Select next to continue.8 The main system components: Sample Loading Area Primary Reagent Compartment Ancillary Reagent Compartment Sample Analysis Area System Fluid Area Waste and Water Drawer Status Light   When complete, select the X in the upper-right corner to close the window and continue.   You have just learned about the ADVIA Centaur XPT system components. Select the X in the upper-right corner to close the window and continue. System Functions: System Status Notification Reagent Handling Sample Aspiration Test Analysis Waste Handling Select Next to continue.  Bienvenido al curso de capacitación en línea de información general de Atellica Solution Software. Este curso lo guiará a través de iniciar y cerrar sesión en la estación de trabajo, la navegación básica del software y el acceso a la Ayuda en línea.   Aspirating Samples: Sample probe uses disposable tips Sample is aspirated from tube in Inprocess Queue Sample is delivered to cuvette in Incubation Ring Sample Aspiration Learn about sample aspiration. Select the play arrow to begin the video.    When complete, select the X in the upper-right-hand corner to close the window and continue. Cada usuario del analizador de bioquímica ADVIA ® Chemistry XPT debe iniciar sesión en la estación de trabajo, utilizando un nombre de usuario y una contraseña única. Por motivos de seguridad, se recomienda cerrar la sesión del sistema cuando el operador haya terminado. Se puede acceder al icono de cierre de sesión en la barra de estado. Primary Reagent Handling: Primary Reagent Probes deliver PMPs and AE into a cuvette Probes are washed with water after each delivery Ancillary Reagent Handling: Ancillary Reagent Probe delivers diluents, pretreatments and special washes into a cuvette Probe is washed with water after each dispense Primary Reagent Handling Learn about primary reagent handling. Select the play arrow to begin the video.    When complete, select the X in the upper-right-hand corner to close the window and continue. Ancillary Reagent Handling Learn about ancillary reagent handling. Select the play arrow to begin the video.    When complete, select the X in the upper-right-hand corner to close the window and continue. The Atellica Solution status bar contains current system information and quick access to commonly used functions. The Operator ID and Current date and time are also found in the status bar. Test Analysis Components: Incubation Ring Wash Station Luminometer Cuvette Pathway Learn about the path of a cuvette to the test analysis components. Slide NumberText BlocksCalloutsAudio ScriptImage File1 Cuvette pathway to the preheater: Cuvette Loading Bin Conveyor Orientation Chute Vertical Chute Preheater   Select Next to continue. Note: If audio does not automatically start, select the play arrow in the top left to begin. Select each number to review the corresponding text. Callouts Cuvette Loading Bin Vertical Chute Preheater The system takes the cuvettes from the cuvette loading bin via the conveyor. At the top of the conveyor, cuvettes are positioned upright in the orientation chute. Once a cuvette reaches the end of the orientation chute, it drops down the vertical chute into the preheater. Select next to continue.2 Cuvette pathway to the incubation ring: Preheater Cuvette Pusher Ring Loader Incubation Ring When complete, select the X in the upper-right corner to close the window and continue. Select each number to review the corresponding text. Callouts Preheater Cuvette Pusher Incubation Ring Cuvettes are moved through the preheater by the cuvette pusher and enter the incubation ring at the ring loader position. Select the X in the upper-right corner to close the window and continue. Test Analysis Components Learn about the path of a cuvette through the test analysis components. Slide NumberText BlocksCalloutsAudio ScriptImage File1 Incubation Ring Advances at 15 second intervals Heated to 37 degrees Celsius   Select Next to continue. Note: If audio does not automatically start, select the play arrow in the top left to begin. The incubation ring is a circular insulated track that incubates and advances cuvettes at 15 second intervals. Temperature is maintained at 37 degrees Celsius. Sample, ancillary and primary reagents are dispensed into the cuvette while the cuvette is in the incubation ring. The incubation time following sample and reagent dispense depends upon the specific test analysis protocol. Select next to continue.2 Wash Station PMPs are pulled to the side of cuvette by magnets Aspirate probe removes unbound reagent and proteins Wash fluid dispensed to wash PMPs Acid is dispensed Select Next to continue.  After the reaction time is complete, the incubation ring moves the cuvette to the wash station. Here the paramagnetic particles are pulled to the side of the cuvette by magnets positioned along the ring. An aspirate probe draws unbound reagent and proteins out of the cuvette. Then, the wash station dispenses wash fluid into the cuvette to wash the PMPs. This ensures that all unbound material is removed. After washing is complete, acid is dispensed into the cuvette by the acid probe. Select next to continue.3 Luminometer Elevator Base Reagent dispensed Waste Probe removes liquid waste Ejector Rod pushes the cuvette to the waste bin  When complete, select the X in the upper-right corner to close the window and continue Select each number to review the corresponding text. Callouts Waste Probe Ejector Rod The cuvette is then delivered to the luminometer. An elevator lifts the cuvette from the incubation ring into the luminometer where base reagent is added and the chemiluminescent reading is taken. Liquid is then aspirated out of the cuvette by the waste probe and the empty cuvette is pushed out to the waste bin by the ejector rod. Select the X in the upper-right corner to close the window and continue. Solid Waste Containers Sample Tip Waste Bin Cuvette Waste Bin Used sample tip and waste cover area Solid Waste Containers Learn about the solid waste containers. Slide NumberText BlocksCalloutsAudio ScriptImage File1 The Sample Tip Waste Bin: Collects used sample tips Monitored by the system to alert the operator when the bin needs to be emptied   Select Next to continue.Note: If audio does not automatically start, select the play arrow in the top left to begin. The sample tip waste bin is located in the front of the system below the cleaning solution and collects used sample tips. The system monitors the sample tip waste and alerts the operator with a software message when the bin needs emptying. Select next to continue.2 Cuvette Waste Bin: Collects used cuvettes Monitored by the system to alert the operator with a software message when the bin needs to be emptied   Select Next to continue.  The cuvette waste bin is located at the front left of the analyzer. This bin is also monitored by the system. Select next to continue.3 Sample Tip Tray Waste: Collects up to 8 used sample tip trays and covers  Software indicates when the waste is 80% full  When complete, select the X in the upper-right corner to close the window and continue. Above the cuvette waste bin, there is an area that collects used sample tip trays and covers. Select the X in the upper-right corner to close the window and continue. Main components of the software: Command Bar Top of the screen Provides access to all system functions and information required to operate the system Status Bar Bottom of the screen Provides access to windows that display information about the entire system Workspace The part of the screen between the Command Bar and the Status Bar Displays a set of tabs or a window containing tasks or information when a Command Bar button is selected Command Bar Learn about the Command Bar tools. Slide NumberText BlocksCalloutsAudio ScriptImage File1 Command Bar   The Command Bar at the top of the screen provides access to the main software screens: Samples Reagents Supplies Calibration Maintenance Diagnostics Orders Test Results QC Setup Utilities Events   Select Next to continue. Note: If audio does not automatically start, select the play arrow in the top left to begin. The Command Bar is located at the top of the screen and provides access to the main software screens. These screens are used to view the status of samples, reagents, supplies, and tests orders, manage calibrations and QC, order tests, perform maintenance and diagnostics, configure the system, and monitor errors. Select Next to continue. 2 Samples Track and manage racks, samples, and cuvettes Accept unload requests and create sample reports    Select Next to continue. The Samples tool allows you to track and manage Racks, Samples, and Cuvettes. You can also accept unload requests and create Sample reports. Select next to continue.3Reagents View and manage primary and ancillary reagents   Select Next to continue.   The Reagents tool allows you to view and manage primary and ancillary reagents. Select next to continue.4 Calibration View calibration results Create calibration orders View Master Curve and Test Definitions Scan Calibrator Definitions   Select Next to continue. The Calibration tool gives you access to information about your calibrations and allows you to create calibration orders. This is also the area where Master Curve and Test Definitions are viewed, and Calibrator Definitions are scanned into the system. Select next to continue.5 Supplies View the status of the system supplies   Select Next to continue. The Supplies tool displays the status of the system supplies. Select next to continue.6 Maintenance Schedule and create maintenance procedures  Monitor and modify automated procedures View a Log of Maintenance activities and issues   Select Next to continue. The Maintenance tool allows you to schedule and create maintenance procedures as well as monitor and modify automated procedures. This tool also displays a Log of Maintenance activities and issues. Select next to continue.7 Diagnostics Perform Diagnostic procedures  View information about the system thermals    Select Next to continue. The Diagnostics tool has diagnostic procedures and information about the system thermals. Select next to continue.8 Orders Create, view, and edit patient, QC, and batch orders Set up Control Brackets    Select Next to continue. The Orders tool allows you to create, view, and edit Patient, QC, and Batch orders. You can also set up Control Brackets. Select next to continue.9 Test Results Perform result related tasks such as repeating tests and accepting results Set up a Watch List to monitor specific results as necessary    Select Next to continue. The Test Results tool allows you to perform result related tasks such as repeating tests and accepting results. You can also set up a Watch List to monitor specific results as necessary. Select next to continue.10 QC Define rules for monitoring your QC tests View QC statistics as they accumulate Create QC Definitions and QC Definition Profiles Configure the system to automatically order QC tests   Select Next to continue. The QC tool allows you to define rules for monitoring your QC tests and then to view the statistics as they accumulate. It also allows you to create QC Definitions and QC Definition Profiles. Additionally, you can configure the system to automatically order QC tests by day and time, by test count, or by control. Select next to continue.11 Setup Configure all the settings required to set up your basic system operations   Select Next to continue. The Setup tool gives you access to all the configurations required to set up your basic system operations. Select next to continue.12 Utilities Manage all system databases and the system configuration  Monitor assay utilization and download available updates   Select Next to continue. The Utilities tool allows you to manage all system databases and the system configuration. It also allows you to monitor your assay utilization and download available updates. Select next to continue.13 Events View logs recording actions by the operators, LIS and LAS (where applicable) Access an audit trail of the events   Select Next to continue. The Events tool displays logs recording actions by the operators, LIS and LAS (where applicable), and keeps an audit trail of the events. Select next to continue.14 The Command Bar at the top of the screen provides access to the main software screens: Samples Reagents Supplies Calibration Maintenance Diagnostics Orders Test Results QC Setup Utilities Events When complete, select the X in the upper-right corner to close the window and continue. You have learned about ADVIA Centaur XPT system software screens accessed via the Command Bar. Select the X in the upper-right corner to close the window and continue. Status Bar Learn about the Status Bar icons. Base ImageHotspotsText BlocksImage File The Sign-in symbol displays a window for signing in or out of the system.   To sign into the system, select this icon, and enter the Operator Name and Password. Then select the Sign In button. The Help symbol accesses general help about the workstation. The System icon allows you to view or change the System State. The Remote Communications icon allows you to set up and view up to 4 other workstations. It also gives you limited access to some functions on each of the connected workstations. The LIS Communication icon displays the current status of the LIS connection and allows you to change it as necessary. The Dashboard icon displays a quick count of all samples and tests currently being managed by the system. Selecting a Dashboard counter button opens the Test Results > Dashboard tab to review the individual results. Selecting the STAT button opens the Test Results > STAT tab displaying all STAT results. The Quick Find icon allows you to search for a specific Patient or QC Result.  The LAS Communication icon displays the current status of the LAS connection and allows you to reset it as necessary. The System Status icon displays the status of the system. Areas of the system that need attention will flash in yellow or red. You can select the highlighted area to view additional information. Selecting the audio icon will turn on / off the system alarm sounds. The File Explorer icon allows you to manage your files. Após a conclusão bem sucedida deste curso, você será capaz de: Descrever os diferentes componentes do sistema Entender o monitor de posicionamento do paciente (PPM) Identificar o software syngo MI Applications Executar uma sequência de desligamento ou inicialização do sistema Navegar e finalizar o fluxo de trabalho e realizar uma aquisição Features of Online Help: Window Help Troubleshooting Help and Procedures Maintenance Procedures Operator's Guide Online Help Learn about the features of Online Help. Tab TitleTextWindow Help Window Help provides information about options available at each window and brief instructions for using the window. Access window help by selecting the ? button at the bottom left corner of the screen.    Troubleshooting Help and Procedures Event code procedures provide brief descriptions and procedures for identifying and solving system events. To access event code procedures: Select Events on the Command Bar Select the Operator Event tab Select an event Select Troubleshooting Help    Maintenance Procedures Maintenance procedures provide information about performing maintenance tasks. To access maintenance procedures: Select Maintenance on the Command Bar Select the Schedule tab Select a maintenance activity Select Procedure    Operator's Guide The operator's guide provides information about routine operating tasks. Access the electronic version of the operator's guide from the online help table of contents. When complete, select the X in the upper-right corner to close the window and continue.    Shareville is a state-of-the-art cloud landscape that is built on the foundation of SHARE.  If you are already working with SHARE or a similar CRM tool, you will find that many of the functions in Shareville are familiar and intuitive. What has changed are new and important functions such as CPQ integration for your quoting and offering, CRM analytics for automated reporting feedback and other great benefits. You have a modernized interface customized to your business and this is what makes this evolution from SHARE to Shareville so exciting.   Consumable Supplies: Sample Probe Tips Cuvettes Primary Reagents Ancillary Reagents System Fluids Cleaning Solution Deionized Water Consumable Supplies Learn about consumable supplies. Slide NumberText BlocksCalloutsAudio ScriptImage File1 Sample Probe Tips: Eliminate carryover One tip per test 120 tips per tray  840 tips can be loaded on the system Can be loaded at any time   Select Next to continue. Note: If audio does not automatically start, select the play arrow in the top left to begin. Disposable sample tips are used to prevent carryover. These tips come packaged in sets of 3 trays with 120 tips in each tray. They are loaded onto the front of the system by opening the supplies access cover. Select next to continue.2 Cuvettes:  Packaged in bags of 200 1000 cuvettes can be loaded onto the system Can be loaded at any time   Select Next to continue.  Disposable cuvettes are used to perform the test reaction sequence inside the incubation ring and the chemiluminescent reading at the luminometer. These cuvettes are packaged in bags of 200 and are also loaded onto the system from the front into the cuvette loading bin. The bin holds up to 1000 cuvettes at a time. Select next to continue.3 Primary Reagents: Chemiluminescent technology uses Acridinium Ester (AE) as the label Paramagnetic particles (PMPs) are used during separation Package label includes: assay name, lot number, expiration date Test count and assay utilization are tracked in the software   Select Next to continue.  ADVIA Centaur XPT system primary reagent packs are labeled with the assay name, lot number and expiration date on the front of the ReadyPack. A barcode label on the back of the pack includes the same information. Test count and assay utilization are tracked in the software. Select next to continue.4 Ancillary Reagents include:  Diluents Special Wash Solutions Pretreatment Solutions   There are 25 positions in the Ancillary Reagent Compartment.   Select Next to continue.  Ancillary reagent packs contain diluents, special wash solutions and pre-treatment solutions. They are also packaged in ready-to-use barcode labeled ReadyPacks. Ancillary reagent packs are loaded from the front of the system onto the ancillary queue that places them in a 25 position refrigerated Ancillary reagent compartment. Select next to continue.5 System Fluids include: Acid reagent Base reagent Wash 1 Cleaning solution   Select Next to continue.  System fluids and cleaning solution are located at the front of the system below the ancillary reagent loading area. System fluids include acid and base reagent and Wash 1 fluid. These fluids have reservoirs located below the bottles that allow replacement of the bottles while the system is processing samples. Located behind a door to the right of the system fluids area is cleaning solution that is used for the automated daily cleaning procedure. Select next to continue.6 Deionized Water:  Rinses the Primary, Ancillary and Aspirate Probes Used to wash the cuvettes at the Wash Station   Select Next to continue. The deionized water bottle is located on the left side of the instrument. The water reservoir is located behind the bottle and allows replacement of water while the system is in process. Deionized water is used to rinse the primary reagent, ancillary reagent and aspirate probes. It is also used to wash some cuvettes at the wash station. Select next to continue.7 Consumable Supplies: Sample Probe Tips Cuvettes Primary Reagents Ancillary Reagents System Fluids Cleaning Solution Deionized Water  When complete, select the X in the upper-right corner to close the window and continue. You have just learned about the ADVIA Centaur XPT system consumable supplies. Select the X in the upper-right corner to close the window and continue.